|
mxnet
|
Data structure Tuple and TShape to store dynamic sized shapes. More...
#include <vector>
#include <type_traits>
#include <algorithm>
#include <utility>
#include <iostream>
#include <string>
#include "nnvm/op_attr_types.h"
#include "nnvm/graph_attr_types.h"
#include "nnvm/graph.h"
#include "nnvm/pass.h"
Go to the source code of this file.
Classes | |
| class | mxnet::Tuple< ValueType > |
| A dynamic sized array data structure that is optimized for storing small number of elements with same type. More... | |
| class | mxnet::TShape |
| A Shape class that is used to represent shape of each tensor. More... | |
| struct | std::hash< mxnet::Tuple< T > > |
| hash function for Tuple. More... | |
| struct | std::hash< mxnet::TShape > |
| hash function for TShape. More... | |
| struct | dmlc::type_name_helper< mxnet::Tuple< T > > |
Namespaces | |
| mxnet | |
| namespace of mxnet | |
| std | |
| dmlc | |
Typedefs | |
| using | mxnet::ShapeVector = std::vector< mxnet::TShape > |
| The result holder of shape of each NodeEntry in the graph. More... | |
| using | mxnet::FInferShape = nnvm::FInferNodeEntryAttr< mxnet::TShape > |
| Shape inference function. Update the shapes given the input shape information. TShape.ndim() == -1 means the shape is still unknown. More... | |
Functions | |
| bool | mxnet::ndim_is_known (const int ndim) |
| bool | mxnet::dim_size_is_known (const dim_t dim_size) |
| bool | mxnet::ndim_is_known (const TShape &x) |
| bool | mxnet::dim_size_is_known (const TShape &x, const int idx) |
| bool | mxnet::shape_is_known (const TShape &x) |
| template<typename SrcIter , typename DstIter > | |
| DstIter | mxnet::ShapeTypeCast (const SrcIter begin, const SrcIter end, DstIter dst_begin) |
| helper function to cast type of container elements More... | |
| template<typename SrcIter > | |
| TShape | mxnet::ShapeTypeCast (const SrcIter begin, const SrcIter end) |
| helper function to transform a container to TShape with type cast More... | |
| dmlc::DMLC_DECLARE_TYPE_NAME (optional< mxnet::TShape >,"Shape or None") | |
| description for optional TShape More... | |
| dmlc::DMLC_DECLARE_TYPE_NAME (optional< mxnet::Tuple< int >>,"Shape or None") | |
Data structure Tuple and TShape to store dynamic sized shapes.
Copyright (c) 2019 by Contributors


Basic command line switch reference
Only the most usual switches are described here. However those should be sufficient for the vast majority of users.
switch
parameter
--abr
average bitrate encoding
-b
bitrate (8...320)
--decode
decoding only
-f
fast mode
-h
high quality
--help
help
-m m
mono mode
-V
VBR quality setting (0...9)
*
--abr n
average bitrate encoding
Turns on encoding with a targeted average bitrate of n kbits, allowing to use frames of different sizes. The allowed range of n is 8-320, you can use any integer value within that range.
*
-b n
bitrate
For MPEG1 (sampling frequencies of 32, 44.1 and 48 kHz)
n = 32,40,48,56,64,80,96,112,128,160,192,224,256,320
For MPEG2 (sampling frequencies of 16, 22.05 and 24 kHz)
n = 8,16,24,32,40,48,56,64,80,96,112,128,144,160
Default is 128 kbs for MPEG1 and 80 kbs for MPEG2.
*
--decode
decoding only
Uses LAME for decoding to a WAV file. The input file can be any input type supported by encoding, including layer I,II,III (MP3).
*
-f
fast mode
This switch forces the encoder to use a faster encoding mode, but with a lower quality.
*
-h
high quality
Use some quality improvements. Encoding will be slower, but the result will be of higher quality.
This switch is always enabled when using VBR.
*
--help
help
Display a list of all available options.
*
-m m
mono mode
The input will be encoded as a mono signal.
*
-V 0...9
VBR quality setting
Enable VBR (Variable BitRate) and specifies the value of VBR quality.
default=4
0=highest quality.


Second year CS major with concentrations in Intelligence and People. Minor in Philosophy.
Passionate about machine learning and natural language processing. View my projects and more below.
Varsity collegiate debater. Co-creator of a data science blog. Love to write!
Everbridge
Hello
JackalDS.com
Student-run exploratory data science blog
Summer Project
Preliminary project in NLP
Deep Learning Specialization
Andrew Ng's five course concentration in AI
Cryptic Splice Site Identifier
Analyzer of mutated SF3B1 impacts on patient genomes
Genomic Sequence Searcher
FASTA file parser used in cancer research
Got an interesting idea? Want to discuss similar passions? Feel free to reach out. I'm always eager to have a conversation.
Get in touch


cover art load to itunes
-
anonymous
can i tell synergy to load all cover arts to itunes? at the moment i just can find the option to load a single cover to itunes...
thanks andi
-
Greg Hurrell
For the time-being you can only do this as you describe (one cover at a time).
The reason for this is that the covers are chosen by a completely automated process and therefore it is possible that it might be wrong; I didn't want to run the risk of automatically inserting incorrect covers into people's files, and so opted to implement the manual transfer only.
I do have ideas, however, for making a better interface for manual transfer, which should make it a lot quicker to do large batches of transfers in a small amount of time.
Reply
This topic is now closed.


Struct PointerSegment
Represents a single segment of a JSON Pointer.
Implements
Namespace: Json.Pointer
Assembly: JsonPointer.Net.dll
Syntax
public struct PointerSegment : IEquatable<PointerSegment>
Properties
| Improve this Doc View SourceSource
Gets the source string.
Declaration
public string Source { get; }
Property Value
| Type | Description |
|---|---|
| System.String |
Value
Gets the segment value.
Declaration
public string Value { get; }
Property Value
| Type | Description |
|---|---|
| System.String |
Remarks
This may differ from Source in that the segment may be URL-encoded. This contains the decoded value.
Methods
| Improve this Doc View SourceCreate(String, Boolean)
Creates a new PointerSegment.
Declaration
public static PointerSegment Create(string value, bool uriFormatted = false)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | value | The value. |
| System.Boolean | uriFormatted | Whether the segment should be URL-encoded. |
Returns
| Type | Description |
|---|---|
| PointerSegment |
Equals(PointerSegment)
Indicates whether the current object is equal to another object of the same type.
Declaration
public bool Equals(PointerSegment other)
Parameters
| Type | Name | Description |
|---|---|---|
| PointerSegment | other | An object to compare with this object. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if the current object is equal to the |
Equals(Object)
Indicates whether this instance and a specified object are equal.
Declaration
public override bool Equals(object obj)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | obj | The object to compare with the current instance. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if |
GetHashCode()
Returns the hash code for this instance.
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| System.Int32 | A 32-bit signed integer that is the hash code for this instance. |
Parse(Nullable<String>, Boolean)
Parses a JSON Pointer segment from a string.
Declaration
public static PointerSegment Parse(string? source, bool uriFormatted)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Nullable<System.String> | source | The source string. |
| System.Boolean | uriFormatted | Indicates whether the segment should be URL-decoded. |
Returns
| Type | Description |
|---|---|
| PointerSegment | A JSON Pointer segment. |
Exceptions
| Type | Condition |
|---|---|
| PointerParseException |
|
TryParse(Nullable<String>, Boolean, out PointerSegment)
Parses a JSON Pointer segment from a string.
Declaration
public static bool TryParse(string? source, bool uriFormatted, out PointerSegment segment)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Nullable<System.String> | source | The source string. |
| System.Boolean | uriFormatted | Indicates whether the segment should be URL-decoded. |
| PointerSegment | segment | The resulting segments. |
Returns
| Type | Description |
|---|---|
| System.Boolean | if the parse was successful; otherwise.
|
Operators
| Improve this Doc View SourceEquality(PointerSegment, PointerSegment)
Evaluates equality via Equals(PointerSegment).
Declaration
public static bool operator ==(PointerSegment left, PointerSegment right)
Parameters
| Type | Name | Description |
|---|---|---|
| PointerSegment | left | A JSON Pointer. |
| PointerSegment | right | A JSON Pointer. |
Returns
| Type | Description |
|---|---|
| System.Boolean | if the pointers are equal; otherwise.
|
Implicit(String to PointerSegment)
Implicitly casts a
Declaration
public static implicit operator PointerSegment(string value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | value | A pointer segment that represents the value. |
Returns
| Type | Description |
|---|---|
| PointerSegment |
Remarks
No URI encoding is performed for implicit casts.
Implicit(UInt32 to PointerSegment)
Implicitly casts an
Declaration
public static implicit operator PointerSegment(uint value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.UInt32 | value | A pointer segment that represents the value. |
Returns
| Type | Description |
|---|---|
| PointerSegment |
Remarks
No URI encoding is performed for implicit casts.
Inequality(PointerSegment, PointerSegment)
Evaluates inequality via Equals(PointerSegment).
Declaration
public static bool operator !=(PointerSegment left, PointerSegment right)
Parameters
| Type | Name | Description |
|---|---|---|
| PointerSegment | left | A JSON Pointer. |
| PointerSegment | right | A JSON Pointer. |
Returns
| Type | Description |
|---|---|
| System.Boolean | if the pointers are equal; otherwise.
|


This is box #1
This is box #2
This is box #3. With a longer content so that it wraps a bit. The cat meowed, the dog barked, the horse neighed, the mouse squeaked, the fly buzzed, the goldfish living in a bowl stretched its jaws; the door banged shut, the stairs creaked, the fridge hummed


The Source HTML panel is where you see and (if wanted) edit the original file. When you open a file, its text will be present in this panel.
Alternatively you can create a blank document and begin adding HTML markup in this area directly.
It’s often convenient to make quick-and-dirty, valid HTML documents by typing directly into this window without opening documents. We don’t recommend making this your primary HTML document editor, however, as there are many full-featured editors more adequate for working with text.
You can drag and drop files from Finder, as well as blocks of text from other applications, into the Source HTML panel.
Note that when dragging files into the Source HTML pane, you are not opening that file. You are merely copying the contents of that file into the current document.
Eligible file types for dragging are slightly different depending on the version of Mac OS X that you are using.
When dragging files into the Source HTML panel, you should expect that Balthisar Tidy for Work is going to try its very best to add the contents of the file to you document, in whatever textual format that it can. Even some image files can be added (in their textual form), which is probably not what you expect.
Files whose contents cannot be added will paste in the filename, instead.
Generally only the contents of text files that are in UTF character encoding will have their contents dropped into the Source HTML panel.
Files whose contents cannot be added will paste in the filename, instead.


Home > Reference > Functions reference > Get functions > Get(HighContrastColor)
Get(HighContrastColor) Purpose Returns the name of the current high contrast default color scheme if high contrast is enabled in the Windows Ease of Access Center and high contrast color scheme is active. Format Get(HighContrastColor) Parameters None Data type returned text Originated in FileMaker Pro 6.0 or earlier Description Returns an empty string if Turn high contrast is unavailable, inactive, or if this function is used in OS X. Notes • In FileMaker WebDirect, this function is not supported and returns an empty string. • For information on how functions evaluate differently on the host versus the client, search the FileMaker Knowledge Base available at http://help.filemaker.com. Examples Returns High Contrast White when the Windows theme is set to High Contrast White. Related topics Functions reference (category list) Functions reference (alphabetical list) About formulas About functions Defining calculation fields Using operators in formulas


"ASUPPIM "(1 Chronicles 26:15, 17, Authorized Version; but in Revised Version, “storehouse”), properly the house of stores for the priests. In Nehemiah 12:25 the Authorized Version has “thresholds,” marg. “treasuries” or “assemblies;” Revised Version, “storehouses.”
"ASUPPIM "(1 Chronicles 26:15, 17, Authorized Version; but in Revised Version, “storehouse”), properly the house of stores for the priests. In Nehemiah 12:25 the Authorized Version has “thresholds,” marg.
“treasuries” or “assemblies;” Revised Version, “storehouses.”


I’m a seasoned Software Developer with a dedicated approach to work and aspire to attain larger goals. My key interest lies in problem solving and build products which aims to solve real world problems with help of several programming languages and cloud solutions. I am passionate about Software Development, I posses good leadership and public speaking skills. I am always open to new pursuits and ready to explore new avenues of work & interest. I aim to be competent and apply my expertise towards contributing to a much better and technologically advanced tomorrow.
| # | Title | Technology | Updated |
|---|---|---|---|
| 1 | INFO-Web Design (NEU) | JavaScript | 01-17-2022 |
| 2 | Web 3.0 Smart Contracts | JavaScript & Solidity Programming | 01-01-2022 |
| 3 | INFO 6250 - Program, Structure & Algorithms | Java | 01-17-2022 |
| 4 | Modern Slavery | Python | 02-22-2022 |
Lines of code
Projects done
Articles written
Years lived


thyroid texture features different image approach using used signal patches Fig characteristics energy order signals frequency proposed non-thyroid segmentation {border-style computed data px;} #ffffff;} based spectral feature results ultrasound Dataset parametrical belonging characterization main classification images dynamical dynamics model ratios analysis matrix resulting tissue Ultrasound algorithm bands possible work Thyroid algorithms compared components methods patch values Acharya Imaging Sciences analyze approaches band decomposed extraction inside low modelling novel obtained px; selected texture. type {font-family (in Analysis conversion datasets estimation font-size images. information narrowband outside presented step Algorithms CWT Dice ERs In: Machine Random Research Table characterization. deal decomposition double; estimated good levels modelled observe ratio research spectra spectrum subjects taken terms usability Friebe Illanes Information Learning Medicine Methods Molinari Neural Poudel Sree Texture ZigZag analysis. applied approach. border-color border-width clearly distinguish extracted higher learning lesion methods. nodules obtain shown slices solid; textures use {font-style {font-weight Additionally, Diagnostic International MF, SNR Segmentation Suri Wavelet Writing aspects better bold changes characterize classification. clustering comparison computation compute correspond courier; demonstrated displayed divided em; evaluate evaluated example general ground image. line machine mainly method noise number operating paper parameters performed pixel pixels predictive procedure process processing pt;} representation resolution review segmentation, set shows signals. standard statistical steps thyroid, thyroid. tissues total valuable version wavelet work.


About
I have experience as Software Training and Backend of Moodle and Wordpress, maintenance of virtual campus, documentation of functionalities, creation of functionalities for the web page with Google Actions, application of themes with Bootstrap and JavaScript, maintenance of MySql, updating and testing of functionalities, use Git and Github, console management.
Programming in python & Web Developer.
Use of libraries such as Django and Flask for the development of web applications, management of Pandas, Libmath among other libraries for data analysis.
- Birthday: 17 January 1986
- Website: www.schulth.com
- Phone: +54 9 11 3275-6408
- City: City:BsAs, ARG
- Age: 34
- Degree: Web Master
- Email<EMAIL_ADDRESS>- Freelance: Available
I am a professional who has worked in different fields of knowledge, from teaching to technology, I love learning and developing products and knowledge for today's world.
Facts
Through different companies I have generated different projects that have generated a large number of satisfied customers with very good results.
Happy Clients Great Benefist
Projects Finishes
Hours Of Support Help After Sales
Hard WorkersDifferent Teams
Skills
Skills in different areas of web technology, programming in different languages, data science and photoshop.
Resume
Innovative and profesional developer with 3+ years of experience designing and developing software.
Sumary
John Bulla
- Palpa 2992, Colesgiales- Buenos Aires
- (54) 9 11 3275-6408
-<EMAIL_ADDRESS>-<EMAIL_ADDRESS>Education
Master Developer Wep & Web Design
2015 - 2016
National Technology University, BsAs, ARG
Responsive website construction, use of javascritp, php, html5 and css3, current layout and design
Buenos Aires University
Megister in Cognitive Psicology & Teacher
2012 - 2015
Buenos Aires University, BsAs, ARG
Creation of projects focused on the use of techniques based on cognitive psychology
Professional Experience
Senior Training Software
2016 - Present
Buenos Aires University, BsAs, ARG
- Projects to improve courses, topics and training.
- Documentation of software functionalities.
- Development of functionalities based on python technology.
- Oversee the efficient use of production projects.
Services
I specialized in carrying out projects in Django for web pages, as well as the maintenance of relational Sql bases and non-relational bases, I program functionalities directed towards ApiRest, automation technology and the analysis and exploitation of data science.
Django
Projects in Django for web pagesContact
You can contact us for any type of query related to web services, connection services through ApiRest, maintenance of relational and non-relational databases, use and implementation of Chatbots, maintenance of web pages and much more.
Location:
Colegiales, Buenos Aires, CP 1426
Email:
<EMAIL_ADDRESS>Call:
+54 11 9 3275 -6408


Our Mission
Here at NNOWW we definitely understand the overwhelming frustration, confusion and doubtfulness that comes with venturing into new territory, especially with weight loss. It is our mission to make sure none of our clients ever feel that way again. Although we understand that time may be of the essence, our approach is one of more patience and allowing the body to do things naturally for long term, lifelong results.
The NNOWW Method
Here at NNOWW, we utilize key skill building techniques, physical fitness, essential information about movement, your body and food, positive motivation techniques, and much more to empower our clients to make the decisions that are best for them, not just in weight loss, but in all aspects of life.
What to Expect
Although all client plans’ are highly individualized, our approach will always be one of keeping a clean diet, daily physical activity and mental wellness. In addition to nutritional guidance, strength training, muscle building, increasing endurance and stamina we also specifically focus on client motivation and well-being.
Do You Know Your Basal Metabolic Rate?
 It represents the minimum amount of energy needed to keep your body functioning, including breathing and keeping your heart beating.
Knowing your BMR allows you to track how many calories you need to consume in order to lose weight. For example, to lose 1 pound per week, you would need to have a caloric deficit of 3,400 calories for that week.


This page shows how to create custom templates for JSME
To create a template, one has to:
draw a chemical structure
mark the connection atom using the blue circle
save the template as JME string (button "get JME string")
The atom that should act as a connection point (root) of the template should by marked by :1 (for example the oxygen serving as root should have atomic symbol O:1).
You have to enable JavaScript in your browser to use JSME!
To use a predefined template:
draw a chemical structure
input a name
Click on "set template"
Click on one atom of the chemical structure to attach the template, or alternatively use the NEW button and click elsewhere in the drawing area


Kanye West performs at Houston jails: 'This is a mission, not a show'
by Jessica NapoliKanye West made surprise appearances at two Harris County jails in Houston on Friday.
The music superstar performed and provided some motivational words to the inmates, reportedly telling them, "This is a mission, not a show" per Sheriff Ed Gonzalez, who tweeted about the visit.
KANYE WEST PLANS AMPHITHEATER ON HIS WYOMING RANCH
"On this date, @kanyewest visits @HCSOTexas jail system. 'This is a mission, not a show'- Kanye,'" he wrote.
In a show kept secret from the public, the star rapper-turned-gospel singer performed songs Friday from his new gospel album, “Jesus is King.”
KANYE WEST PROMPTS CHRISTIAN GROUP TO GIVE 9,000 FREE BIBLES TO FANS SEARCHING FOR FAITH
He and his choir performed for more than 200 male inmates at one jail facility before crossing the street to another jail facility and performing for a smaller crowd of female inmates.
WHO IS KANYE'S PASTOR PREACHING AT SUNDAY SERVICE?
Jason Spencer, the public affairs director for the Harris County Sheriff's Office, tweeted: "Say what you want about the man. But @kanyewest and his choir brought some light to people who needed it today at the Harris County Jail."
The Friday concerts were performed two days before West is to speak at Joel Osteen’s vast Lakewood Church in Houston. He was invited by Olsteen a few weeks after his album dropped.
KANYE WEST’S SUNDAY SERVICE HAD ‘OVER 1,000’ COMMIT THEIR LIVES TO CHRIST: ‘NEW WAVE OF REVIVAL’
The events were reminiscent of prison concerts given by country singer Johnny Cash in California.
The Associated Press contributed to this report.


Etihad Travel Destinator
Input some of your writings, minimum 200 words. It can be an article you wrote for the Gazelle, or Essay you wrote in class.


{% extends "base.html" %} {% load i18n %} {% load members %} {% block title %}{% blocktrans trimmed with name=blog.name %}Users of the "{{ name }}" blog{% endblocktrans %}{% endblock %} {% block content %}
{% for owner in owners %}{% render_membership owner membership %}
{% endfor %}
{% for admin in admins %}{% render_membership admin membership %}
{% endfor %}
{% for member in waiting %}{% render_membership member membership %}
{% endfor %}
{% for member in members %}{% render_membership member membership %}
{% endfor %}


Process patient with ID: 01-02225
Start your pipeline:
Configure your settings here:
Enter connection parameters for CARMIN platform:


LEVERJ BOUNTY
AIRDROP CONTRACT
LEV ADDRESS
LEV BALANCE
LEV AVAILABLE IN LEVERJ BOUNTY
DROP ENABLED
Use following data to redeem your tokens from your wallet of choice.
To Address
Amount
0
Data
×
Invalid Address
Please provide a valid ethereum address…


Help
If you're having issues, try refreshing/restarting the draft. I have a lot of things on the todo list but
it's mostly functional for now. You can also hit me up on Twitter
@LtHummus or fix it yourself on
GitHub. You'll definitely need a modern browser
to make this work (it has to support web sockets).
What's New
Version 0.0.7
- Added draft mode for Hazard/Championship Matches (thanks sgnurf)
- Made room creation/joining form uglier
- Give error when user attempts to join room with two players already
- Behind the scenes cleanup to make adding tourneys easier in the future
Version 0.0.6
- Added ability to chat with opponent (spectators can not see chat)
- Prevented HTML/JS injection attacks
- Now the draft tool saves drafts to a database so we can do some ~data analysis~ after the tournament
Version 0.0.5b
- Fixed bug with PICK and ANY with Crowded Pub and New Art Ballroom
Version 0.0.5
- Added ability to distinguish PICK and ANY for maps.
Version 0.0.4
- Added draft spectation. Once a room has been created, others can watch the draft take place in real time!
Version 0.0.3
- Fixed not removing map variations when a map was picked (i.e. can't pick Courtyard more than once)
- Fixed being able to submit a form with a choice not selected
- Fixed being able to have an empty username
- Added ability to refuse to ban a map (you're welcome, canadianbac0nz)
- Added this news item :)
Version 0.0.2b
- Fixed panop configuration (4/8 -> 5/8)
Version 0.0.2
- Added some more text to home page.
- Changed some wording around
Version 0.0.1


Deerwalk Institute of Technology
Graduating in 2020
Computer Science
SLC: Distinction
High School: Distinction
HTML, CSS, JS, Bootstrap
PHP, Django
Git, Experience with Linux
C, C++, Python
Pandas, Mysql, matlab, sklearn


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.tai.config.ApplicationConfig @this(main: MainTemplate) @(incomeName: String, id: Int, totalEstimatedIncome: String, isPension: Boolean, appConfig: ApplicationConfig)(implicit request: Request[_], messages: Messages, user: controllers.auth.AuthedUser) @import includes.{cancelLink, link} @main( title = messages("tai.incomes.landing.title", incomeName), authedUser = Some(user), pageTitle = Some(Messages("tai.service.navTitle")), backLinkId = "backLink", backLinkContent = Some(Messages("tai.back-link.upper")), backLinkUrl = Some(controllers.routes.IncomeSourceSummaryController.onPageLoad(id).url) ){
@messages("tai.incomes.landing.intro")
@if(isPension) { @messages("tai.incomes.landing.pension.ended", incomeName) @link( url=appConfig.incomeFromEmploymentPensionLinkUrl, copy=messages("tai.incomes.landing.pension.ended.link"), id=Some("updatePension") ) } else { @messages("tai.incomes.landing.employment.ended", incomeName) @link( url=controllers.employments.routes.EndEmploymentController.onPageLoad(id).toString, copy=messages("tai.incomes.landing.employment.ended.link"), id=Some("updateEmployer") ) }


Want to get recommendations for groups that could be relevant for you to join? Find out which groups your peers are member of but you are not.


StreamError StreamWrite ( GeodeHandle driver, StreamToken stream, StreamBlocker blocker, word buffSize, const byte * buffer, word * numBytesWritten);
This routine writes data to a stream. The routine takes the following arguments:
driver
GeodeToken
of the stream driver.
stream
StreamToken
of the stream.
blocker
buffsize
buffer
*numBytesWritten
StreamWrite()
will write to this variable the number of bytes actually written to the stream.
If
StreamWrite()
is successful, it returns zero. If it is unsuccessful, or could not write all the data to the stream, it returns a member of the
StreamError
enumerated type.
StreamError StreamWriteByte ( GeodeHandle driver, StreamToken stream, StreamBlocker blocker, byte dataByte);
This routine writes a single byte to a stream. It takes the following arguments:
driver
GeodeToken
of the stream driver.
stream
StreamToken
of the stream.
blocker
dataByte
If the routine is successful, it returns zero. If it is unsuccessful, it returns a member of the
StreamError
enumerated type.
dword SysGetConfig();
This routine returns a set of values defining the system configuration. The returned dword contains four byte values, listed below from least significant byte to most significant byte:
SysConfigFlags
reflecting the system status. This record includes information on how the system was started, whether Swat is running it, whether the system was restarted, etc.
SysProcessorType
and is one of SPT_8088, SPT_8086, SPT_80186, SPT_80286, SPT_80386, or SPT_80486. Use the macro SGC_PROCESSOR() to extract this value from the returned dword.
SysMachineType
indicating the type of the machine running GEOS. It may be one of the following values: SMT_UNKNOWN, SMT_PC, SMT_PC_CONV, SMT_PC_JR, SMT_PC_XT, SMT_PC_XT_286, SMT_PC_AT, SMT_PS2_30, SMT_PS2_50, SMT_PS2_60, SMT_PS2_80, or SMT_PS1. Use the macro SGC_MACHINE() to extract this value from the returned dword.Include: system.h
Boolean SysGetDosEnvironment( /* true if error (not found) */ const char * variable, /* environment variable */ char * buffer, /* buffer for return value */ word bufSize); /* maximum return string length */
This routine looks up a specified DOS environment variable in the environment buffer. It takes three parameters:
variable
buffer
bufSize
If the variable is not found, the error flag returned will be
true
.
Include: system.h
ErrorCheckingFlags SysGetECLevel( MemHandle * checksumBlock);
This routine checks the current error-checking level of the system. The returned record of
ErrorCheckingFlags
describes which levels of error checking are turned on and which are off. If checksum error checking (ECF_BLOCK_CHECKSUM) is on, pass a pointer to the handle of a block on which the checksum will be done.
Include: ec.h
dword SysGetInfo( SysGetInfoType info); /* type of information to retrieve */
This routine returns general system information. Pass the type of information to be returned; the value returned depends on the type passed in
info
. Note that the largest returned value is a dword; many different return values should be cast to the appropriate type when calling
SysGetInfo()
.
The
info
parameter (of
SysGetInfoType
) can have one of the following values:
Include: sysstats.h


{% extends "tutorial.html" %} {% load mixin from templatefilters %} {% block pagebreadcrumb %}{{ tut.title }}{% endblock %} {% block head %} {% endblock %} {% block iscompatible %} {% endblock %} {% block html5badge %} {% endblock %} {% block share_image %} {% endblock %} {% block content %}
So you get an email saying how your web-game / web-app is performing badly after a certain amount of time, you dig through your code, don’t see anything that stands out, until you open up Chrome’s memory performance tools, and see this:
One of your co-workers chuckles, because they realize that you’ve got a memory-related performance problem.
In the memory graph view, this saw-tooth pattern is very telling about a potentially critical performance problem. As your memory usage grows, you’ll see the chart area also grow in the timeline capture. When the chart dips suddenly, it’s an instance when the Garbage Collector has run, and cleaned up your referenced memory objects.
In a graph like this, you can see that there’s lots of Garbage Collection events occurring, which can be harmful to your web-apps’ performance. This article will talk about how to take control of your memory usage, reducing the impact on your performance.
JavaScript’s memory model is built on a technology known as a Garbage Collector. In many languages, the programmer is directly responsible for allocating and freeing memory from the system’s Memory Heap. A Garbage Collector system, however, manages this task on behalf of the programmer, meaning that objects aren’t directly freed from memory when the programmer dereferences it, but rather at a later time when the GC’s heuristics decide that it would be beneficial to do so. This decision process requires that the GC execute some statistical analysis on active and inactive objects, which takes a block of time to perform.
In computer science, Garbage Collector (GC) is a form of automatic memory management. The garbage collector attempts to reclaim garbage, or memory occupied by objects that are no longer in use by the program.
Garbage collection is often portrayed as the opposite of manual memory management, which requires the programmer to specify which objects to deallocate and return to the memory system
The process in which a GC reclaims memory is not free, it usually cuts into your available performance by taking a block of time to do its work; alongside that, the system itself makes the decision when to run. You have no control over this action, a GC pulse can occur at any time during code execution, which will block code execution until it’s completed. The duration of this pulse is generally unknown to you; will take some amount of time to run, depending on how your program is utilizing memory at any given point.
High performance applications rely on consistent performance boundaries to ensure a smooth experience for users. Garbage collector systems can short circuit this goal, as they can run at random times for random durations, eating into the available time that the application needs to meet its performance goals.
As noted, a GC pulse will occur once a set of heuristics determines that there are enough inactive objects that a pulse would be beneficial. As such, the key to reducing the amount of time that the Garbage Collector takes from your application lies in eliminating as many cases of excessive object creation and release as you can. This process of creating/freeing object frequently is called “memory churn”. If you can reduce memory churn during the lifetime of your application, you also reduce the amount of time GC takes from your execution. This means you need to remove / reduce the number of created and destroyed objects, effectively, you have to stop allocating memory. This process will move your memory graph from this :
to this:
In this model, you can see that the graph no longer has a sawtooth like pattern, but rather grows a great deal in the beginning, and then slowly increases over time. If you’re running into performance problems due to memory churn, this is the type of graph you’ll want to create.
Static Memory JavaScript is a technique which involves pre-allocating, at the start of your app, all the memory that will be needed for its lifetime, and managing that memory during execution as objects are no longer needed. We can approach this goal in a few simple steps:
In simple terms, object pooling is the process of retaining a set of unused objects which share a type. When you need a new object for your code, rather than allocating a new one from the system Memory Heap, you instead recycle one of the unused objects from the pool. Once the external code is done with the object, rather than releasing it to main memory, it is returned to the pool. Because the object is never dereferenced (aka deleted) from code it won’t be garbage collected. Utilizing object pools puts control of memory back in the hands of the programmer, reducing the influence of the garbage collector on performance.
Object pools are a common practice in many high performance applications, as they reduce the amount of memory churn that is placed on the system. Object pools themselves have two primary characteristics:
- A pool will continue to grow in memory footprint as the number as live objects increases.
- The number of created/released object per-frame will drop to the minimum required by your application.
Since there’s a heterogenous set of object types that an application maintains, proper usage of object pools requires you to have one pool per type that experiences high-churn during your application’s runtime.
var newEntity = gEntityObjectPool.allocate(); newEntity.pos = {x: 215, y: 88}; //..... do some stuff with the object that we need to do gEntityObjectPool.free(newEntity); //free the object when we’re done newEntity = null; //free this object reference
For the large majority of applications, you’ll eventually hit some level-off in terms of needing to allocate new objects. Over multiple runs of your application, you should be able to get a great feel for what this upper limit is, and can pre-allocate that number of objects at the start of your application.
Implementing object pooling into your project will give you a theoretical maximum for the number of objects required during the runtime of your application. Once running your site through various testing scenarios, you can get a good sense of the types of memory requirements that will be needed, and can catalog that data somewhere, and analyze it to understand what the upper limits of memory requirements are for your application.
Then, in the shipping version of your app, you can set the initialization phase to pre-fill all the object pools to a specified amount. This act will push all the object initialization to the front of your app, and reduce the amount of allocations that occur dynamically during its execution.
function init() { //preallocate all our pools. //Note that we keep each pool homogeneous wrt object types gEntityObjectPool.preAllocate(256); gDomObjectPool.preAllocate(888); }
The amount you choose has a great deal to do with the behavior of your application; sometimes the theoretical maximum isn’t the best option. For instance, choosing the average maximum may give you a smaller memory footprint for non power-users.
There’s a whole classification of apps in which static memory growth patterns can be a win. As fellow Chrome DevRel Renato Mangini points out however, there are a few drawbacks.
Pools are not for everyone, even on high-performance apps. Consider the following tradeoffs before adopting object pools and static memory methods: Startup time will be longer, since you’re spending cycles allocating memory at initialization time. Memory doesn’t shrink in low-usage scenarios; Your app will greedily consume memory. You’ll sometimes need to clean an object when it’s returned to the pool, this can have a non-trivial overhead associated with it during high-memory-churn areas.
One of the reasons that JavaScript is ideal for the web relies on the fact it’s a fast, fun and easy language to get started with. This is mainly due to its low barrier to syntax restrictions and its handling of the memory issues on your behalf. You can code away and let it take care of the dirty work. However for high-performance web applications, like HTML5 games, the GC can often eat away at critically needed frame rate, reducing the experience for the end user. With some careful instrumentation and adoption of object pools, you can reduce this burden on your frame rate, and reclaim that time for more awesome things.
There are lots of implementations of object pools floating around on the web, so I won’t bore you with yet another one. Instead, I’ll direct you to these, each of which has specific implementation nuances; which is important, considering that each application usage may have specific implementation needs.


U.S. Dollar To Start Weakening In 2020
by Rothko ResearchSummary
- This year, the rise in global liquidity, central banks' net rate cuts, and the little Chinese credit stimulus have been the main factors behind the rally in equities.
- The global manufacturing PMI has been rising for three months after falling for 19 consecutive months.
- However, participants have been waiting for another important variable to ease: Uncertainty.
- Lower uncertainty in 2020 could reduce demand for safe havens and therefore weaken the US dollar.
- It looks like UUP is topping; $27 represents a strong, long-term resistance.
This year, the $4 trillion rise in global liquidity to $76tr combined with the significant rise in central banks' rate cuts and the little Chinese credit stimulus have been the main factors behind the rally in equities and have lately started to positively impact some economic fundamentals. For instance, we saw that the global manufacturing PMI has been rising for three months after falling for 19 consecutive months; central banks' net rate cuts (figure 1, left frame) and the yearly change in the Chinese Total Social Financing (figure 1, right frame) are both pricing in a recovery in business sentiment within the next six to nine months.
Figure 1
Source: Eikon Reuters
In order to increase their allocation to risky assets, participants have been waiting for another important variable to ease: uncertainty. The sharp rise in uncertainty around the world we observed since the beginning of 2018 has led to a strong demand for safe assets such as the US dollar and sovereign bonds. Figure 2 (left frame) shows the strong co-movement between the Economic Policy Uncertainty (EPU) index developed by Baker, Bloom and Davis and the yearly change in the broad USD index (Nominal Effective Exchange Rate: REER). The US dollar tends to be stronger when uncertainty rises. We can also observe strong co-movement between the early change in EPU and the change in the 10Y US yield (figure 2, right frame); higher uncertainty leads to lower US yields.
Figure 2
Source: Eikon Reuters, Baker et al. (2016)
Policymakers had to deal with uncertainty in the past year as it has significantly decreased growth expectations; a study from Ahir et. al. (2019) shows the rise in uncertainty around the world we observe in the first part of this year could reduce global growth up to 1% in 2019. We saw that IMF reduced its growth expectations to 3% in October, down from 3.5% back in January. According to Bloomberg, China will contribute to the biggest share of global GDP growth adjusted by PPP, with 28% of the total, followed by India (13.7%) and the US (10.5%). Germany and Japan come at the 7th and 8th positions, representing 2% and 1.8% of the total, respectively.
Figure 3
Source: Bloomberg
2020 outlook: weaker US dollar (UUP)
We believe that an ease in uncertainty the coming months with a soft landing in the UK and eventual trade negotiations between US and China would decrease the demand for safes, which could generate some US dollar weakness in 2020. Since 2011, about $14 trillion of foreign money in gross terms have come into the US and about $8tr in net, implying that for the past eight years, foreigners have bought $8tr more of dollar-denominated assets than US households have bought of foreign-denominated assets. Figure 4 (right frame) shows that the US stock market tends to outperform the rest of the world when the US dollar rises. Hence, a weakening USD scenario could actually trigger some interesting opportunities in the currency market and in emerging markets.
UUP has been on a rise for nearly eight years and is currently trading at the high of its historical $21-28 range (figure 4, left frame). Higher real interest rate differentials and real growth differentials between the US and the rest of the world were also important drivers of the dollar in recent years; however, they both have been decreasing with the Fed easing and the US expected to grow below 1% in the fourth quarter according to GDPNow (0.4% according to the latest estimate).
Figure 4
Source: Eikon Reuters
Figure 5 shows that the 100D and 200D simple moving averages have been strong support of UUP in the past two years, but we could see a reversal in the trend at this level. It looks like the third impulse way of the Elliott wave has reached its high and we are now closely watching the daily behavior of UUP in the coming weeks. An important support on the downside is the 200D SMA as UUP has never traded below it since the first quarter of 2018. Any breakout of the 200D SMA on the downside would suggest that we have officially entered a bearish USD trend.
Figure 5
Source: Eikon Reuters
Disclosure: I am/we are long EURGBP. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it (other than from Seeking Alpha). I have no business relationship with any company whose stock is mentioned in this article.


Unstyled select element Unstyled select element Unstyled select element
HTML CSS JavaScript
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All CSS Tests


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{{range $user := .Users}}
- {{else}}">{{end}}
Unblock {{$user.Nickname}}
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{{if .Pjax}} {{template "header.html" .}} {{else}}
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class: top, right, inverse, title-slide # STT 2820 Chapter 14 ### Alan T. Arnholt ### updated: 2019-10-07 --- class: inverse, center, middle # Diagrams --- National Pet Owners Survey 39% of US households own at least one dog and 34% of US households own at least one cat. Assume that 60% of US households own a dog or cat. **DRAW A PICTURE** a. What is the probability that a randomly selected household owns neither a dog nor a cat? -- 0.4 -- b. What is the probability that a randomly selected household owns both a dog and a cat? -- 0.13 -- c. What is the probability that a randomly selected household owns a cat if that household owns a dog? -- 1/3 --- class: inverse, center, middle # Tree --- A manufacturing firm orders computer chips from three companies. 10% from Company A, 20% from B and 70% from C. Some are defective. 4% of A's are defective; 2% of Bs are; and 0.5% of C's are. A worker discovers a randomly selected chip is defective. What is the probability it came from Company B? -- `$$\frac{0.20 \times 0.02}{0.10 \times 0.04 + 0.20 \times 0.02 + 0.70 \times 0.005} = 0.3478261$$` --- # Conditional Probability We often find probabilities of the form "given B, what is the probability of A?" These are called **conditional probabilities** and are written `\(P(A | B) = P(A \cap B)/P(B)\)`. If A and B are independent, `\(P(A | B)= P(A)\)`, `\(P(B | A)= P(B)\)` and the formula we used for independence follows...ie, `\(P(A \cap B) = P(A)\cdot P(B)\)`. -- ``` Searched Laptop Yes No Sum Yes 30 42 72 No 145 203 348 Sum 175 245 420 ``` -- Given this information, would you say being searched is independent of carrying a laptop? -- `\(P(\text{laptop} \cap \text{searched}) = \frac{30}{420} = \frac{1}{14}\)`...the question is does this equal `\(P(\text{laptop}) \times P(\text{searched}) = \frac{72}{420} \cdot \frac{175}{420} = \frac{1}{14} \Rightarrow\)` the events being searched and carrying a laptop are independent. --- class: inverse, center, middle # Bayes Rule --- Ovarian cancer affects only 1 of every 5000 women. A new test detects this cancer 99.97% of the time when it is present. Unfortunately, it also gives a false positive 5% of the time. What is the probability that a woman who tests positive actually has ovarian cancer? **DRAW A TREE** -- In general `\(P(A | B) = \dfrac{P(A \cap B)}{P(B)}=\dfrac{P(B | A)\cdot P(A)}{P(B | A) P(A) + P(B | A^c)P(A^c)}\)`. Sometimes `\(A^c\)` is composed of multiple events, all of which must be considered. -- `\(P(C|+) = \dfrac{P(C \cap +)}{P(+)}=\dfrac{P(+ | C)\cdot P(C)}{P(+ | C) P(C) + P(+ | C^c)P(C^c)}\)` Answer: `\(\frac{0.9997 \times 0.0002}{0.9997 \times 0.0002 + 0.05 \times 0.9998} = 0.0039837\)` --- class: inverse, center, middle # Sampling Without Replacement --- # Consider a deck of cards. a. What is the probability of getting two aces in the first two cards? -- `\(P(A_2 | A_1)\times P(A_1) = 3/51 \times 4/52 = 12/2652\)` -- b. What is the probability of getting five hearts in a row? -- `\(P(\text{five hearts in a row}) = 13/52 \times 12/51 \times 11/50 \times 10/49 \times 9/48 =\\ 4.9519808\times 10^{-4}\)`. --- class: inverse, center, middle # Football --- A particular football team is know to run 40% of its plays to the left and 60% to the right. When the play goes to the right, the right tackle shifts his stance 80% of the time, but does so only 10% of the time when the play goes to the left. As the team set up for the play the right tackle shifts his stance. What is the probability that the play will go to the right? **DRAW A TREE** -- `\(P(L) = 0.40, P(R) = 0.60, P(S|L) = 0.10, P(S^c|L) = 0.904\)` `\(P(S|R) = 0.80, P(S^c|R) = 0.20\)` `$$P(R|S) = \frac{P(R\cap S)}{P(S)} = \frac{P(S|R)P(R)}{P(S|L)P(L) + P(S|R)P(R)}\\ = \frac{0.80\times 0.60}{0.10 \times 0.40 + 0.80 \times 0.60} = \frac{12}{13}= 0.9230769$$` --- class: inverse, center, middle # Plumber --- Plumber Bob does 40% of the plumbing jobs in a small town. 30% of the people in town are unhappy with their plumbers but 50% of Bob's customers are unhappy with his work. If your neighbor is not happy with his plumber, what is the probability it was Bob? -- 2/3 --- class: inverse, center, middle # Coins --- How many times should a coin be tossed so that the probability of at least one head is at least 99%? -- Extra Credit....you tell me :)


g.es is a function that prints its arguments to Leo’s log pane.
Here is the hello world program as a Leo script:
g.es('Hello world!')
Leo scripts may also use Python’s print command provided that Leo is running in a console.
Official ivars
p.h and p.b


{{ navbar | safe }}
Transaction History
User Transactions
Stock ID
Stock Name
Transaction Type
# of Stocks
Price
Total Money Spent
Date
{% for stock_id, stock_name, transaction_type, amount, price, total_cost, date in data %}
{{stock_id}}
{{stock_name}}
{{transaction_type}}
{{amount}}
{{price}}
{{total_cost}}
{{date}}
{% endfor %}


command:
python elk.py
Retrieve continuously
python elk.py --keep
Docker containers
Graceful shutdown
python elk.py --pull
python elk.py --host https://au02sp-t-xweb1.semiprod.iress.com.au/pwmukmaster
python elk.py --remove
Graph
Machine Learning
Machine Learning
Machine Learning
Machine Learning
Environment
ELK_KEEP
ELK_REMOVE
ELK_HOST
ELK_PULL
dev/elk
Team:
- Me,
- Myself,
- and I
/


Former 'Produce 101' contestant takes to social media to call out the vote-rigging controversy
by honeyciderFormer 'Produce 101' contestant and now solo artist, Jeong Dongsu, currently going by the stage name 'Arkay' posted on his Instagram account on November 15 to call out the vote-rigging scandal currently under investigation.
He simply posted a selca and the caption,"I'm digging into this and I'm also a victim." He also posted some hashtags in his comments, "victim 1", "I feel lukewarm", "I don't want to shush", "punish the bad guys", "produce 101".
It seems he is stating that he was not one of the trainee's that allegedly received partial treatment or advantages during the show's airing.
For reference, during the show, he first placed 60th. But, he suddenly began to rise in the ranks. He placed 36th on episode 8, barely being cut off from the top 35 that continued to the next round.
You can see Dongsu's instagram post below.


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Perhaps you need the Project Management Dev Dice more than you realize.


Well I can see that I haven't done any learning of Haskell for ages. Now that I look back at it, it all looks like gobbledigook to me. Well I probably need to get on with doing some questions:
Exercises
- Redo the "Haskell greeting" exercise in Simple input and output/Controlling actions, this time using a
case
statement.
myDoGuessing num = do
putStrLn "Enter your guess:"
guess <- getLine
case compare (read guess) num of
LT -> do putStrLn "Too low!"
myDoGuessing num
GT -> do putStrLn "Too high!"
myDoGuessing num
EQ -> do putStrLn "You Win!"
- What does the following program print out? And why?
main = do x <- getX putStrLn x getX = do return "My Shangri-La" return "beneath" return "the summer moon" return "I will" return "return" return "again"
I thought it would print out 'again'. The reason is that getX executes a series of actions and the last one is what the function evaluates to.


{% verbatim %}
A lookup table operator in PaddlePaddle where the table could be out of the memory of a computer.
A lookup table operator is well-used in deep learning for learning the representation, or the embedding, of symbols.
The forward algorithm of the lookup table is a multiplication of the input vector x and the lookup table matrix W:
$$y = x * W$$
When x is a sparse vector of symbols, the above multiplication simplifies into looking up rows in W that correspond to symbols in x, denoted by W(x). Please be aware that W could be huge and out of the memory, so we'd need a distributed storage service, which supports the lookup of rows.
The following figure illustrates the multiplication of x with two non-zero elements, or say, two symbols, and a lookup table W:
The backward algorithm computes W'(x) using W(x). W'(x) has the same scale of size as W(x) and is much smaller than W.
To optimize W given W', we can do simple SGD update:
$$W = f(W') = lambda * W'$$
or some more sophisticated algorithms that rely on both W' and W:
$$W = f(W, W')$$
The following figure illustrates the backward pass of the lookup operator:
The forward algorithm requires a distributed storage service for W. The backward algorithm prefers that the storage system can apply the optimization algorithm on W. The following two sections describe two solutions -- the former doesn't require that the storage service can do optimization, the latter does.
In this design, we use highly-optimized distributed storage, e.g., memcached, as the storage service, and we run the optimization algorithm on parameter servers of PaddlePaddle. The following figure illustrates the training process.
Each trainer runs the forward and backward passes using their local data:
During the global update process:
This design is very similar to the above one, except that the optimization algorithm $f$ runs on the storage service.
Let us do the "storage service does not optimize" solution first, as a baseline at least, because it is easier to use a well-optimized distributed storage service like memcached. We can do the "storage service does optimize" solution later or at the same time, which, if implemented carefully, should have better performance than the former.
{% endverbatim %}


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113488general/74812applyfailstosynthesizetypeclassinstance.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/113488-general/topic/apply.20fails.20to.20synthesize.20type.20class.20instance.html


NMEA Tools¶
This is a limited set of Python-based NMEA data acquisition and conversion tools.
The primary user story is this:
As an owner of several nautical chartplotters, one of which has only NMEA-0183 access, I need to extract waypoints and routes from this chartplotter, So I can coordinate data between various devices.
Contents:


Jtoc Documentation
Guodong Qu
To get the overview of the Jtoc, you could read the
quickstart
. and the
cookbook
. You can find the javadoc
here
. The home page of this project is
here
.


done
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(current)
Features
Pricing
Dropdown link
Dropdown Header
Action
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done Design system
A beautiful Bootstrap 4 UI kit. Yours free.
Design and coded by UI Lib


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I’ve created this template for the H3C Access Controller Model WX3510H.
For now, I’ve tested only the AC model WX3510H with the software version ComwareV7 and the AP model WA4320i-ACN on zabbix version 3.4.x and 4.4.x.
The templates of version 3.4.x and 4.4.x are the same one.
Before you can use this template, you must complete the steps below:
Download the MIB files from the H3C website: http://download.h3c.com.cn/download.do?id=5087748 or get it from my github template subfolders.
Unzip the .zip file and copy all the files under the subfolder “Comware MIB-20200713\H3C New Style Private MIB" into the snmp mib folder(normally /usr/share/snmp/mibs/) on your zabbix server(Note: If you’re running a dockerized zabbix, you need to copy the mib files into the container run by the zabbix/zabbix-server-mysql:alpine image).
Restart zabbix to take effect.
Automatically discovers and adds items of the number of the currently associated stations for each AP.
Links to the template “Template Module ICMP Ping” in order to do ping tests for AC.
Import the template file.
Add a host of H3C WX3510H AC.
Link the AC host with this template.
Set the macro {$SNMP_COMMUNITY} to the value of your own under host level.
Wait for discovery.
You can make a real-time AP location map showing the current stations for each AP by the following steps:
Create a topology map.
Import your own location map picture as background.
Add an element as each of your AP:
type: host
tag:{the IP address of AC:hh3cDot11ApStationCurAssocSum[the name of ap, you can get it from the names of items].last(0)}
host: choose your AC from list
To be clear, here’s an example of the content of my tag:
AP39
Current stations: {<IP_ADDRESS>:hh3cDot11ApStationCurAssocSum[ap39].last(0)}
#From the first line, AP39 is one of my AP names. I added it by hand.
#The second line shows dynamic statistics of the current stations of ap39, in which <IP_ADDRESS> is the IP address of my AC; The second part you can copy from item key names; last(0) means to get the latest data. You can just replace the IP of AC and the name ‘ap39’ in [] with your own values.
Barry Cui
There are no macros links in this template.
| Name |
|---|
| Template Module ICMP Ping |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| AP Discovery |
-
 | SNMP agent |
hh3cDot11CurrAPTemplateName
Update: 1m
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| number of current associations on $1 |
-
 | SNMP agent |
hh3cDot11ApStationCurAssocSum[{#APNAME}]
Update: 60s

LLD
 |
There are no triggers in this template.
I’ve created this template for the H3C Access Controller Model WX3510H.
For now, I’ve tested only the AC model WX3510H with the software version ComwareV7 and the AP model WA4320i-ACN on zabbix version 3.4.x and 4.4.x.
The templates of version 3.4.x and 4.4.x are the same one.
Before you can use this template, you must complete the steps below:
Download the MIB files from the H3C website: http://download.h3c.com.cn/download.do?id=5087748 or get it from my github template subfolders.
Unzip the .zip file and copy all the files under the subfolder “Comware MIB-20200713\H3C New Style Private MIB" into the snmp mib folder(normally /usr/share/snmp/mibs/) on your zabbix server(Note: If you’re running a dockerized zabbix, you need to copy the mib files into the container run by the zabbix/zabbix-server-mysql:alpine image).
Restart zabbix to take effect.
Automatically discovers and adds items of the number of the currently associated stations for each AP.
Links to the template “Template Module ICMP Ping” in order to do ping tests for AC.
Import the template file.
Add a host of H3C WX3510H AC.
Link the AC host with this template.
Set the macro {$SNMP_COMMUNITY} to the value of your own under host level.
Wait for discovery.
You can make a real-time AP location map showing the current stations for each AP by the following steps:
Create a topology map.
Import your own location map picture as background.
Add an element as each of your AP:
type: host
tag:{the IP address of AC:hh3cDot11ApStationCurAssocSum[the name of ap, you can get it from the names of items].last(0)}
host: choose your AC from list
To be clear, here’s an example of the content of my tag:
AP39
Current stations: {<IP_ADDRESS>:hh3cDot11ApStationCurAssocSum[ap39].last(0)}
#From the first line, AP39 is one of my AP names. I added it by hand.
#The second line shows dynamic statistics of the current stations of ap39, in which <IP_ADDRESS> is the IP address of my AC; The second part you can copy from item key names; last(0) means to get the latest data. You can just replace the IP of AC and the name ‘ap39’ in [] with your own values.
Barry Cui
There are no macros links in this template.
| Name |
|---|
| Template Module ICMP Ping |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| AP Discovery |
-
 | SNMP agent |
hh3cDot11CurrAPTemplateName
Update: 1m
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| number of current associations on $1 |
-
 | SNMP agent |
hh3cDot11ApStationCurAssocSum[{#APNAME}]
Update: 60s

LLD
 |
There are no triggers in this template.
I’ve created this template for the H3C Access Controller Model WX3510H.
For now, I’ve tested only the AC model WX3510H with the software version ComwareV7 and the AP model WA4320i-ACN on zabbix version 3.4.x and 4.4.x.
The templates of version 3.4.x and 4.4.x are the same one.
Before you can use this template, you must complete the steps below:
Download the MIB files from the H3C website: http://download.h3c.com.cn/download.do?id=5087748 or get it from my github template subfolders.
Unzip the .zip file and copy all the files under the subfolder “Comware MIB-20200713\H3C New Style Private MIB" into the snmp mib folder(normally /usr/share/snmp/mibs/) on your zabbix server(Note: If you’re running a dockerized zabbix, you need to copy the mib files into the container run by the zabbix/zabbix-server-mysql:alpine image).
Restart zabbix to take effect.
Automatically discovers and adds items of the number of the currently associated stations for each AP.
Links to the template “Template Module ICMP Ping” in order to do ping tests for AC.
Import the template file.
Add a host of H3C WX3510H AC.
Link the AC host with this template.
Set the macro {$SNMP_COMMUNITY} to the value of your own under host level.
Wait for discovery.
You can make a real-time AP location map showing the current stations for each AP by the following steps:
Create a topology map.
Import your own location map picture as background.
Add an element as each of your AP:
type: host
tag:{the IP address of AC:hh3cDot11ApStationCurAssocSum[the name of ap, you can get it from the names of items].last(0)}
host: choose your AC from list
To be clear, here’s an example of the content of my tag:
AP39
Current stations: {<IP_ADDRESS>:hh3cDot11ApStationCurAssocSum[ap39].last(0)}
#From the first line, AP39 is one of my AP names. I added it by hand.
#The second line shows dynamic statistics of the current stations of ap39, in which <IP_ADDRESS> is the IP address of my AC; The second part you can copy from item key names; last(0) means to get the latest data. You can just replace the IP of AC and the name ‘ap39’ in [] with your own values.
Barry Cui
There are no macros links in this template.
| Name |
|---|
| Template Module ICMP Ping |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| AP Discovery |
-
 | SNMP agent |
hh3cDot11CurrAPTemplateName
Update: 1m
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| number of current associations on $1 |
-
 | SNMP agent |
hh3cDot11ApStationCurAssocSum[{#APNAME}]
Update: 60s

LLD
 |
There are no triggers in this template.


GuoQin Low
Product Engineer/Web Developer
Experience
Projects
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Experience
Product Application Engineer, Evertz Microsystem
Co-Founder, Soapbox Robotics
Post Silicon Power Engineer, AMD
Contributing Technical Writer, VR-Zone
Projects
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Soapbox Compiler
Soapbox Robotics
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FPGA Video Processing
University of Toronto
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Rogers Scholar 2009
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Toronto Mini Maker Faire 2014
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#include <axiom_xpath.h>
Public Attributes | |
| axis2_char_t * | expr_str |
| int | expr_len |
| int | expr_ptr |
| axutil_array_list_t * | operations |
| int | start |
| axis2_char_t* axiom_xpath_expression::expr_str |
XPath expression as a string
Length of the expression
A cursor pointing to the position currently being parsed
Parsed expression in an array list
A pointer to the start operation in operations


Hello HTML!
I am
Shady
. I am from
Shumen
.
I stydy
C# Web Development Basics
at
SoftUni
.
back to
home


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--- title: About ---
I'm Yum and I created this blog to share my interests in psychology, art and society. My posts will be in blog format.
I'm just starting this site so there probably will be a lot of changes over time (if I get off my butt lol). So stayed tuned!


One of my good friends recently aquired a full gram of the research chemical 5-MeO-AMT. He purchased it for $70 because it was stolen from some kids backpack. (From what i have read online already, that is an extremely low price). Now to the experiences.
First my friends St, B, A, Sp, and another kid, T all dosed at about 8 in the morning on a saturday. St was prescribed to aderall so he used half of the 30 milligram capsule to weigh out the drug. (i told them this was a bad idea)
[Erowid Note: A volume amount of one powder doesn't necessarily weigh the same as the same volume of another powder. For substances active as such a small dose, eyeballing is particularly unwise. See related article.] All of them threw up, St's and B's being green vomit, but the others were normal. After they threw up (this was at different times) was when they said their trip began. During their trip they started refering to the 5-MeO AMT as 'Mushroom Crack'.
They all said, except for A, that it was the most insane trip of their lives. They all felt full of energy and were constantly yelling and laughing and being obnoixous. All said the visuals were amazing, they saw patterns everywhere and said everything was constantly moving and morphing into different shapes. A, being the brother of B felt much less effect than any of the others. Everyone there tripped, again except for A, for 10-16 hours. I also noticed something EXTREEEEEEEMLY strange. Their pupils would be so large you could barely see the color of their eyes one minute and the next they would look coked out; extremely small, with no change in location or lighting.
Obviously, the next weekend when i had a window of time i bought some mushroom crack for me and it was an +3 expirence.   During the experience I saw many patterns. All things were moving at all times. Some things had a lava-lamp effect to them.
 They each snorted about 2 mgs (from what ive heard snorting 1 mg is equal to a 5 or 6 mg oral dose). And orally had about 10 mgs. They said it was the most miserable experience of their lives. The had both done it before, the last weekend. S 2 times and C once. They both said they loved it the first time and wanted to do it again soon, but their 'too much, too much' dose ruined the drug forever. I use the quote 'too much, too much' because while they were in there miserable 16 hour trip that is what they kept yelling. That and 'Don't do it!!' and 'I seriously think im about to die.'
All in all, almost every person it worked for said they loved it, two of them feening for it (feelings of addiction, wanting more and continually calling the person asking to buy more) the next few days and during the trip especially. 2 Girls and one guy tried it at about a 9 mg dose and it had no effect on them at all. It is possible to easily act straight on it, except for the insane pupil dilation. (Oh yes, and a good amount of bud was being smoked during all of our experiences and it complements the chemical nicely)
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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click or touch, in map screen, to view description on table and audiovisual medical presentation host link


|
Shania
Twain
|
|
|
Come
On Over
|
1.
You're Still The One
2. When 3. From This Moment On 4. Black Eyes, Blue Tears 5. I Won't Leave You Lonely 6. I'm Holdin' On To Love (To Save My Life) 7. Come On Over 8. You've Got A Way 9. Whatever You Do! Don't! 10. Man! I Feel Like A Woman! 11. Love Gets Me Every Time 12. Don't Be Stupid (You Know I Love You) 13. That Don't Impress Me Much 14. Honey, I'm Home 15. If You Wanna Touch Her, Ask! 16. Rock This Country! |
|
|
|
|
The
Woman In Me
|
1.
Any Man Of Mine
2. Whose Bed Have Your Boots Been Under? 3. The Woman In Me (Needs The Man In You) 4. Is There Life After Love? 5. You Win My Love 6. Raining On Our Love 7. Leaving Is The Only Way Out 8. No One Needs To Know 9. God Bless The Child |


In case anyone's curious about what I did today, here's a great video from Oregon Field Guide a couple years ago. http://www.opb.org/programs/ofg/segments/view/1728
4/22/2012, 11:04:54 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
In case anyone's curious about what I did today, here's a great video from Oregon Field Guide a couple years ago. http://www.opb.org/programs/ofg/segments/view/1728
4/22/2012, 11:04:54 PM
Favs: 0
Retweets: 0
link


Summary of Process
GlideinWMS is a workload management system (WMS)
that is used on top of HTCondor.
A goal of both GlideinWMS and HTCondor is to
match user jobs (any piece of work
that must be done) with resources
(available machines or computers) without wasting
idle resources. Whereas HTCondor is a WMS used
for cluster computing, GlideinWMS is used for
grid computing and allows a job to be completed
by utilizing machines that are not part of the
user’s administrative domain.
This allows user jobs to be completed more
efficiently without being limited by a certain
organization’s computational power.
In order to gather resources and determine whether a user job can
run successfully, GlideinWMS creates glideins, or pilot jobs, that
act as a placeholder or copy for a user job. The GlideinWMS process
can be divided into ten steps, as shown in the animation above.
-
The user sends their job to the submit node (condor_shedd). The job enters a queue.
-
Glidein Factories obtain attributes about the resources available to run a job from the grid sites in the form of classAds. Examples of attributes include the operating system or CPU type of the machine. This information is then sent to the WMS Collector, which acts as the link between the factories and the frontends.
-
The information from the grid sites is advertised from the WMS Collector to the frontends using one classAd per grid pool.
-
Frontends monitor the submit node queues and receive information about the user job attributes from the submit node in the form of classAds.
-
The frontends compare the
attributes and requirements
of the user jobs with the
information published by the
factories to determine which
factory should send glideins.
Requests are sent to the WMS
Collector in the form of
classAds, which are then
send to the factories.
-
The glideins are produced by the factories and submitted to the appropriate grid sites as grid jobs. At the grid sites, HTCondor daemons, such as a startd, is called to run the glidein. Once the glidein is started, it will validate whether a user job can run by examining the grid site. This includes checking for the appropriate software libraries and seeing if there is enough disk space.
-
Once the glidein has finished running, the glidein is registered as a resource in the user pool.
-
The resource (or glidein) attributes are advertised to the user pool in the form of classAds. If the glidein does not finish successfully, troubleshooting must occur.
-
The glideins are matched with the user job attributes (provided by the submit node). The jobs are then sent to the grid sites to run. Because the user pool determines which job will run on the resource provided by the pilot job at the moment the resource becomes available, the glidein that a job is matched to is not necessarily the same one it was submitted for in the beginning of the process.
-
The user jobs are then run on the sites using resources
on the grid. The user is notified of their completion.
As long as there are user jobs in the queue, there are available glideins that can be sent or used. A glidein can be used to run multiple user jobs and remains in the worker node until it is no longer needed and will eventually terminate.
GlideinWMS also solves many problems with the grid. If a site is malfunctioning, this will only affect the glidein factory, which will have to send an additional glidein to recover the one lost to the malfunctioning site. User jobs will not be lost to the broken site. Other similar problems will be shielded from users.


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--- layout: index description: Aslam Abbas writes stuff on technology, ideas, cycling, people and so on. You can read the articles written by Aslam Abbas. Comment on them and start interacting with Aslam Abbas. Do enjoy your reads at aslamabbas.com. Feel free to get in touch with Aslam Abbas. keywords: aslam, abbas, aslam abbas, blog, tkm, redhat, consultant, tech, cloud, cycling, tips, ideas, innovation, engineer, kerala, collect chat, addictive apps, chatbots, tawang, travel picture: https://lh3.googleusercontent.com/u/0/d/0BwzDnRSrxRoaSWN3cVRfSkNHOWM=s1600-k-iv1 ---


CHAPTER 506
MORTGAGES OF REAL PROPERTY OR FIXTURES
Section
506-1 Lien of mortgages of real property or fixtures;
debts secured; priority
506-2 On what property; enforceability
506-3 After-acquired real property and fixtures
506-4 Interests in recorded mortgages and leases
506-5 Use and possession of mortgaged property
506-6 Registered land
506-7 Mortgages on real property, damage or
destruction of collateral
506-8 Release of mortgages of real property or fixtures
and reassignment of security interests
506-9 Mortgage insurance; notice of right to cancel
506-10 Reverse mortgage loan
Cross References
Civil relief for state military forces, see chapter 657D.
Mortgage rescue fraud prevention act, see chapter 480E.
Secure and fair enforcement for mortgage licensing act, see chapter 454F.


The Historic Sites Of Lafayette
Home
City of Lafayette Website
A Brief History of Lafayette
Lafayette Interactive Walking Tour
Lafayette Historical Coal Mines


4 references to StandardMembersUpdated
System.Management.Automation (4)
engine\TypeTable.cs (4)
4503
StandardMembersUpdated
();
4685
StandardMembersUpdated
();
4714
StandardMembersUpdated
();
4834
StandardMembersUpdated
();


Tarantino's movies
Reservoir Dogs
Pulp fiction
Kill Bill: vol. I
Kill Bill: vol. II
The Hateful Eight
Once Upon a Time In Hollywood


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{% block content %} {% endblock %}


| I l@ve RuBoard |
The C++ standard library uses in several places special objects to handle the allocation and deal-location of memory. Such objects are called allocators. An allocator represents a special memory model. It is used as abstraction to translate the need to use memory into a raw call for memory. The use of different allocator objects at the same time allows you to use different memory models in a program.
Allocators originally were introduced as part of the STL to handle the nasty problem of different pointer types on PCs (such as near, far, and huge pointers). They now serve as a base for technical solutions that use certain memory models, such as shared memory, garbage collection, and object-oriented databases, without changing the interfaces. However, this use is relatively new and not yet widely adopted (this will probably change).
The C++ standard library defines a default allocator as follows:
namespace std { template <class T> class allocator; }
The default allocator is used as the default value everywhere an allocator can be used as an argument. It does the usual calls for memory allocation and deallocation; that is, it calls the new and delete operators. However, when or how often these operators are called is unspecified. Thus, an implementation of the default allocator might, for example, cache the allocated memory internally.
The default allocator is used in most programs. However, sometimes other libraries provide allocators to fit certain needs. In such cases you simply must pass them as arguments. Only occasionally does it make sense to program allocators. In practice, typically the default allocator is used. So the discussion of allocators is deferred until Chapter 15, which covers in detail not only allocators, but also their interfaces.
| I l@ve RuBoard |


This document describes the design and features of the Neuros from a developer's perspective. It is not meant to be comprehensive, but rather it covers the aspects of the Neuros most likely to be of interest to someone writing software for it.
The Neuros is a portable music player designed to play compressed music formats, like MP3 and Ogg Vorbis, as well as FM radio. It can also record to MP3 from either a microphone source or the radio. A modest FM transmitter also allows the Neuros to broadcast audio to a nearby FM radio, thereby allowing cordless playback to things like car radios and home stereo systems. The "HiSi" feature allows a 30 second clip from a song on the radio to be recorded in MP3 format and later identified when the Neuros is attached to the host computer.
The Neuros itself is a modular device composed of both a main unit, containing the DSP, flash memory and other electronics, and a backpack containing the battery and optionally a hard disk. This allows the device to be upgraded by replacing the backpack to provide new capabilities. Currently, the Neuros is available in the following configurations:
All interfacing to the Neuros is done through a USB 1.1 port. It presents itself as a USB Mass Storage device, so the standard USB drivers included with nearly all modern operating systems are used to communicate with the Neuros. The Neuros can then treated as an external drive with a single FAT32 partition to be mounted using the standard operating system tools. Beyond that, no special drivers are needed, which makes the Neuros (in principle) very portable between operating systems.
When connected to a host computer via the USB port, the Neuros goes into a synchronization mode where it simply acts as a passive hard disk. The host does not directly send commands the Neuros, but rather copies files and manipulates a database stored on the filesystem, which is then read by the device firmware when the device is disconnected for normal use.
Because the Neuros appears as a standard external hard drive when attached to the host computer, any type of file can be stored on it, regardless of whether it is a recognized audio file format. Rather than spend extra time dynamically generating a list of available music files, a database of music files is maintained on the device. Only those files listed in the database will be made available for playback. The database also provides the ability to index files based upon the contents of various fields in the database, like artist or genre. It is the job of the synchronization program running on the host computer to update the database to reflect changes in the list of files available for playback.
There are several databases kept on the Neuros. One lists all the audio files, but others are used to keep track of HiSi clips which have been successfully identified, cannot be identified, or have not been identified yet, as well as the listing of all the music files stored on the host computer.
For more information about the database format, read Working With the Database.
The file structure of the device is:
/ - root directory /sn.txt - contains the serial number of this Neuros /WOID_DB/ - directory for all databases /WOID_DB/audio/ - database of audio files stored on the Neuros /WOID_DB/failedhisi/ - database of HiSi clips that could not be identified /WOID_DB/idedhisi/ - database of HiSi clips that were identified /WOID_DB/pcaudio/ - database of audio files stored on the host computer /WOID_DB/unidedhisi/ - database of HiSi clips that have not been identified yet /WOID_SYNC/ - not sure what this is for /WOID_HISI/ - (Optional) directory for HiSi MP3 clips /WOID_RECORD/ - (Optional) directory for recordings (FM or Microphone)
Also note that the Windows Neuros Sync Manager and positron use /MUSIC/ by default for storing music tracks, though that is in no way required.
Pathnames in the databases use a strange hybrid Windows/Unix-like syntax. The root directory on the Neuros is called "C:" if the Neuros is wearing the hard drive backpack, and "D:" if the flash memory is being used. Forward slashes are used instead of backslashes. For example, C:/WOID_RECORD/Mic 02-27-01 17-19-00.mp3 is a possible filename for a track saved on the Neuros hard drive.


Sakisaka Io
咲坂伊緒
Io Sakisaka is a Japanese manga artist and character designer borned June 8th, 1975 in Tokio, Japan. She debuted in 1999 with the short comic Sakura, Chiru! and since has been known for her series Strobe Edge, Ao Haru Ride, and Love Me, Love Me Not.


I got a Google Cardboard yesterday. The Google Cardboard comes as a laser-cut template (which you have fold and fix yourself), two 45mm biconvex lenses, 2 neodymium magnets, 2 pairs of velcro and a rubberband.
It’s really simple to fold and use and all you’ve to do is to download a VR app onto the phone and slot it into the font of the Cardboard.
A great thing about the Google Cardboard is that it utilises the magnetic switch as a trigger. So while using an app, using the ‘button’ will allow you to interact the same way as you touch your phone’s screen. As compared to other VR devices, such as the VR One, the magnetic switch is something exclusive to the Cardboard.
There are many apps such as the Cardboard app (which allows you to watch movies, use Google Earth etc.), VR Roller Coaster (which takes you on a ride through the roller coaster) and the apps are definitely growing in number in the App Store.
Virtual Reality is definitely here to stay and it’s development excites me. It opens up many new and different possibilities that people have only dreamt of. We can start to enjoy experiences which previously required us to be physically present elsewhere. The nascent virtual reality is rapidly developing.
Whether virtual reality is good or bad, that depends. There will always be people who might use VR technologies to enjoy in the world they want, without any grasp of reality. But on the other hand, VR’s potential can surely bring quality and happiness to many lives. For now, let’s hope that VR will bring us a more enjoyable future in the coming years!
Below are pictures of the Google Cardboard.
Cheers,
Harish


SMP_PHY_TEST
Section: SMP_UTILS (8)Updated: December 2008
Index Return to Main Contents
NAME
smp_phy_test - invoke PHY TEST FUNTION SMP functionSYNOPSIS
smp_phy_test [--control=CO] [--dwords=DW] [--expected=EX] [--function=FN] [--help] [--hex] [--interface=PARAMS] [--linkrate=LR] [--pattern=PA] [--phy=ID] [--raw] [--sa=SAS_ADDR] [--verbose] [--version] SMP_DEVICE[,N]DESCRIPTION
Sends a SAS Management Protocol (SMP) PHY TEST FUNCTION request to a SMP target. The SMP target is identified by the SMP_DEVICE and the SAS_ADDR. Depending on the interface, the SAS_ADDR may be deduced from the SMP_DEVICE. With one interface there is one SMP_DEVICE per machine so the SMP_DEVICE,N syntax is needed to differentiate between HBAs if there are multiple present.
The PHY TEST FUNCTION function can be used to start and stop test pattern transmission. When a phy associated with a SMP target (most likely an expander) starts test pattern transmission then the attached phy (if there is one) sees a link down.
SAS phys associated with SSP targets (e.g. a SAS disk) can generate similar test patterns by using the SEND DIAGNOSTIC SCSI command with page code 3fh . See the sg_senddiag utility.
OPTIONS
Mandatory arguments to long options are mandatory for short options as well.- -c, --control=CO
- set the 'phy test pattern dwords control' field. The argument CO can be from 0 to 255 inclusive, the default is 0 (each byte in 'dwords' sent as data byte (Dxx.y) without scrambling). Only active when 'pattern' is set to 40h (i.e. "two_dwords").
- -d, --dwords=DW
- set the 'phy test pattern dwords' field which is 8 bytes long. The argument DW would normally be entered in hex with a leading '0x' or a trailing 'h' (otherwise it would be interpreted as decimal). Due to a quirk in the command line parser, the argument value ffffffffffffffffh (i.e. all bits sets) needs to be entered as '-1'.
- -E, --expected=EX
- set the 'expected expander change count' field in the SMP request. The value EX is from 0 to 65535 inclusive with 0 being the default value. When EX is greater than zero then if the value doesn't match the expander change count of the SMP target (i.e. the expander) when the request arrives then the target ignores the request and sets a function result of "invalid expander change count" in the response.
- -f, --function=FN
- set the 'phy test function' field in the SMP request. Values between 0 and 255 are accepted with the default being 0. The value 0 stops the selected phy performing a phy test function. The value 1 starts the selected phy transmitting the test pattern (and anything that the phy receives is discarded).
- -h, --help
- output the usage message then exit.
- -H, --hex
- output the response in hexadecimal.
- -I, --interface=PARAMS
- interface specific parameters. In this case "interface" refers to the path through the operating system to the SMP initiator. See the smp_utils man page for more information.
- -l, --linkrate=LR
- transmits the test pattern at the specified physical link rate: 8 -> 1.5 Gbps, 9 -> 3 Gbps, 10 -> 6 Gbps. Default value is 9.
- -P, --pattern=PA
- specifies the type of test pattern to transmit. SAS-2 (rev15) values are: 1 -> JTPAT, 2 -> CJTPAT, 10h -> TRAIN, 11h -> TRAIN_DONE, 12h -> IDLE, 13h -> SCRAMBLED_0, 40h -> "two_dwords". Default value is 2.
- -p, --phy=ID
- phy identifier. ID is a value between 0 and 127. Default is 0.
- -r, --raw
- send the response to stdout in binary. All error messages are sent to stderr.
- -s, --sa=SAS_ADDR
- specifies the SAS address of the SMP target device. Typically this is an expander. This option may not be needed if the SMP_DEVICE has the target's SAS address within it. The SAS_ADDR is in decimal but most SAS addresses are shown in hexadecimal. To give a number in hexadecimal either prefix it with '0x' or put a trailing 'h' on it.
- -v, --verbose
- increase the verbosity of the output. Can be used multiple times
- -V, --version
- print the version string and then exit.
CONFORMING TO
The SMP PHY TEST function was introduced in SAS-1.1 and enhanced in SAS-2 .AUTHORS
Written by Douglas Gilbert.REPORTING BUGS
Report bugs to <dgilbert at interlog dot com>.COPYRIGHT
Copyright © 2006-2008 Douglas GilbertThis software is distributed under a FreeBSD license. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
SEE ALSO
smp_utils, sg_senddiag(sg3_utils)
Index
This document was created by man2html, using the manual pages.
Time: 05:34:30 GMT, December 24, 2015


The Juno is open to general project ideas (from here or not); feel free to get in contact via the forum to discuss!
Right now Juno’s progress metre works well but is fairly basic. In particular, it could be improved by:
for i = 1:10, j = 1:10
,These issues prevent package authors from using @progress
over loops without modification, in many cases. This project would therefore involve improving on the above fronts (roughly in that order of priority).
Expected Results: Patches to Juno.jl implementing the above improvements.
Recommended Skills: Some experience with Julia and Juno is good, but only general programming skills are required.
Mentors: Mike Innes
Juno could provide a simple way to browse available packages and view what’s installed on their system. To start with, this project could simply provide a GUI that reads in package data from ~/.julia
, including available packages and installed versions, and buttons which call the relevant Pkg.*
methods.
This could also be extended by having metadata about the package, such as a readme, github stars, activity and so on. To support this we probably need a pkg.julialang.org style API which provides the info in JSON format.
Expected Results: A UI in Juno for package operations.
Recommended Skills: Familiarity with javascript and/or atom package development.
Mentors: Mike Innes
The foundation for tools like refactoring, linting or autoformatting is a powerful framework for reading and writing Julia code while preserving various features of the source code; comments, original formatting, and perhaps even syntax errors. This could build on the work in JuliaParser.jl.
Related would be various tools for doing static or dynamic analysis of Julia code in order to find errors. A simple example would be linting indentation; combined with information from the parser, this could be a powerful way to reduce beginner frustration over unexpected )
style error messages.
Expected Results: Tools for source-to-source transformations of Julia code, preserving comments and whitespace.
Recommended Skills: Experience with parsing, or even familiarity with JuliaParser.jl itself.
Mentors: Keno Fischer
Concepts relevant to Julia code’s performance, like ‘type-stability’, are often implicit in written code, making it hard for new users in particular to catch slow code early on. However, this also represents a challenge for static analysis, since in general concrete type information won’t be available until runtime.
A potential solution to this is to hook into function calls (users will most likely call a function with test inputs after writing it) and then use dynamically-available information, such as the output of code_typed
, to find performance issues such as non-concrete types, use of global variables etc, and present these as lint warnings in the IDE.
While static analysis has long been used as a tool for understanding and finding problems in code, the use of dynamically available information is unexplored (with the exception of tracing JIT compilers, which demonstrate the power of the concept). This project has plenty of interesting extensions and could have the most interesting long-term implications.
Expected Results: IDE integration and tooling which detects performance issues.
Required Skills: Some familiarity with Julia, but more importantly javascript and/or Atom development.
Mentors: Mike Innes
This project would add an interactive UI for Weave.jl documents to the julia VS Code extension.
Required Skills: Good understanding of TypeScript, web UI development, strong general julia skills.
Expected Results: A highly interactive UI for julia markdown files in VS Code.
Mentors: David Anthoff
We are generally looking for folks that want to help with the julia VS Code extension. We have a long list of open issues, and some of them amount to significant projects.
Required Skills: TypeScript, julia, web development.
Expected Results: Depends on the specific projects we would agree on.
Mentors: David Anthoff
WebIO.jl is an exciting new library that enables two-way interaction between julia and web technologies (html/css/js). We are looking for project proposals in, possibly a combination of the following areas:
We’re open to your project ideas. Join us on the #gizmos slack channel to discuss or ping @shashi
or @JobJob
in a discourse post.
Required Skills: Experience with JavaScript front-end development, some familiarity with Julia
Mentors: Shashi Gowda, Joel Mason
QML.jl provides an interface to connect a QML GUI to a Julia backend. Some ideas for improvement here are:
Required Skills: Some familarity with Julia, prior QML experience would also help.
Mentors: Bart Janssens, Shashi Gowda for the Observables part


6.1. Complex Numbers#
Complex numbers have two components real part and the imaginary part. A complex number is usually expressed as \(z = a+b\,i\), where \(a\) and \(b\) are real numbers, and \(i\) is a symbol for indicating the imaginary part (\(i^2=-1\)). The real part of the complex number \(z = a+b\,i\) is the real number \(a\), and the imaginary part is the real number \(b\).
A Complex number can be expressed by the ordered pair. This representation can be convenient in plotting this number in the Argand plane. However, here the horizontal axis is called the real axis, and the vertical axis is called the imaginary axis.
The field of real numbers denoted as \(\mathbb{R}\), and the field of complex numbers denoted \(\mathbb{C}\).
6.1.1. Addition and Subtraction of Complex Numbers#
Complex numbers \(z_1=a+bi\) and \(z_2=c+di\), are equal only if their real parts are equal, and their imaginary parts are equal. That is
Now, for two complex numbers \(z_1=a+bi\) and \(z_2=c+di\), we have
Addition: \(z_1+z_2=\left(a+b\,i\right)+\left(c+d\,i\right)=\left(a+c\right)+\left(b+d\right)\,i,\)
Subtraction: \(z_1-z_2=\left(a+b\,i\right)-\left(c+d\,i\right)=\left(a-c\right)+\left(b-d\right)\,i.\)
Example:
\((-3+6i) + (5-i) = 2+5i\).
\((4-7i) + (6-2i) = 10-9i\).
\((-3+6i) - (5-i) = -8+7i\).
\((4-7i) - (6-2i) = -2-5i\).
For three given complex numbers \(z\), \(w\), and \(v\), we have
\(z + w = w + z\). (addition is commutative)
\((z + w) + v = z + (w + v)\). (addition is associative)
\(z + 0 =0+z= z\). (existence of an additive identity)
For every \(z=a+bi\) there exists a complex number \(-z = -a -bi\) such that \(z + (-z) =(-z)+z=0.\) (existence of an additive inverse)
If \(z=a+bi\) and \(w=c+di\), then \(z+w=(a+c)+(b+d)i\).
Geometrically, we have:
We can see that \(0\), \(z\), \(w\), and \(z+w\) are the vertices of a parallelogram.
6.1.2. Multiplication of Complex Numbers#
Let \(z_1=a+b\,i\) and \(z_2=c+d\,i\) be two complex numbers. The product of these complex numbers:
Since \(i^2=-1\), this becomes
Example: Multiplication of Complex Numbers
Similarly,
Let \(z, w\) and \(v\) be complex numbers.
\(zw=wz\).
\((zw)v=z(wv)\).
\(z (w+v) = zw + zv\).
\(1z=z\).
For each \(z \neq 0\), there exists \(z^{-1}\) such that
\(z z^{-1} =z^{-1}z= 1\).
Example: Find all complex numbers \(z=a+bi\) with \(b\neq 0\) such that \(z^2=-3+4i\).
Solution: We have
Hence,
Since \(2ab=4\), \(a=\frac{2}{b}\).
Substituting this into the first equation gives us
Now, \(b^4-3b^2-4=0\) can be factored into
Since \(b\in \mathbb{R}\) and \(b^2+1\) has no real roots, \(b=2\) or \(b=-2\).
Since \(a=\frac{2}{b}\), it follows that
when \(b=2\), \(a=1\), and \(z=a+bi=1+2i\);
when \(b=-2\), \(a=-1\), and \(z=a+bi=-1-2i\).
Therefore, if \(z^2=-3+4i\), then \(z=1+2i\) or \(z=-1-2i\).
6.1.3. The Conjugate of a Complex Number#
The complex conjugate of complex number \(z = a+b\,i\) is defined as \(\overline{z} = a-b\,i\).
Example: Conjugate of a Complex Number
The geometric interpretation of the complex conjugate:
Some of the properties of the complex conjugate are listed in the following theorem.
For two complex numbers, \(z\) and \(w\), the following properties of the conjugate hold.
\(\overline{z\pm w}=\overline{z}\pm \overline{w}\),
\(\overline{zw} = \overline{z}\, \overline{w}\),
\(\overline{\left(\overline{z}\right)} = z\),
\(\overline{\left(\dfrac{z}{w}\right)}=\dfrac{\overline{z}}{\overline{w}}\),
\(z\) is real if and only if \(\overline{z} = z\).
For a complex number \(z=a+b\,i\), we have
The quotient \(z=a+b\,i\) divided by \(w=c+d\,i\), where \(c^2+d^2\neq0\), is
Example:
For a complex number \(z=a+b\,i\), the multiplicative inverse of \(z\), expressed as \(z^{-1}\), exists if and only if \(a^2 +b^2 \neq 0\), and it is given by
Example: When \(z = 2 + 6i\), \(z^{-1}\) is defined, and
Note that we can always check that \(zz^{-1}=1\).
6.1.4. The Absolute Value (Modulus) of a Complex Number#
The distance of a complex number \(z=a+b\,i\) from the origin is called the modulus or absolute value, and it is defined as follows.
\(z\overline{z}=\left(a+b\,i\right)\left(a-b\,i\right)=a^2+ab\,i-ab\,i-b\,i^2=a^2+b^2=|z|^2\).
\(\dfrac{1}{z}= \dfrac{\overline{z}}{|z|^2}\).
\(|z|\geq 0\) for all \(z\).
\(|z|=0\) if and only if \(z=0\).
\(\dfrac{z}{w}=\dfrac{z}{w}\dfrac{\overline{w}}{\overline{w}}=\dfrac{z\overline{w}}{|w|^2}.\)
Example:
\(|-3+4i|=\sqrt{3^2+4^2}= \sqrt{25}= 5\).
\(|3-2i|= \sqrt{3^2+2^2}=\sqrt{13}\).
\(|i|= \sqrt{1^2}=1\).
For complex numbers \(z=a+b\,i\) and \(w=c+d\,i\),
\(|zw|=|z||w|.\)
also if \(c^2+d^2\neq0\), \(\left|\dfrac{z}{w}\right|=\dfrac{|z|}{|w|}.\)
for \(c\in \mathbb{R}\), \(|cz|=|c||z|.\)
For two complex numbers \(z\) and \(w\), the following two inequalities hold:
The first one is called the Triangle Inequality.
Example: Let \(z=4-3i\), \(w=1+i\), and \(u=2-2i\). Then, \(\left|\dfrac{w-\overline{wu}}{zu}\right|\) equals
a) \(\dfrac{1}{10\sqrt{2}}\)
b) \(\dfrac{1}{2\sqrt{5}}\)
c) \(\dfrac{1}{5}\)
d) \(\dfrac{9}{10\sqrt{2}}\)
e) \(\dfrac{1}{\sqrt{2}}\)
Solution: We are going to use the following fact,
\[\left| c(a+bi)\right|=|c||a+bi|=|c|\sqrt{a^2+b^2}.\]
Therefore,
Refrences
Kuttler, Kenneth. “A First Course in Linear Algebra (Lyryx).” (2018).
Nicholson, W. Keith. “Linear Algebra with Applications (Lyryx).” (2018).
Stewart, James, Daniel K. Clegg, and Saleem Watson. Calculus: early transcendentals. Cengage Learning, 2020.


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